""" contains a list of interface definitions
"""
- def __init__(self, ifacekls, pth=None):
+ def __init__(self, ifacekls, pth=None, ifaceklsdict=None):
self.pth = pth
+ self.fastbus = []
self.ifacecount = []
+ if ifaceklsdict is None:
+ ifaceklsdict = {}
UserDict.__init__(self, {})
if not pth:
return
ln = ln.split("\t")
name = ln[0] # will have uart
count = int(ln[1]) # will have count of uart
+ self.fastbus += ln[2:]
# spec looks like this:
"""
[{'name': 'sda', 'outen': True},
{'name': 'scl', 'outen': True},
]
"""
+ ikls = ifacekls
+ for k, v in ifaceklsdict.items():
+ if name.startswith(k):
+ ikls = v
+ break
spec, ganged = self.read_spec(pth, name)
- iface = ifacekls(name, spec, ganged, count == 1)
- self.ifaceadd(name, count, iface)
+ # XXX HORRIBLE hack!!!
+ if name == 'pwm' and count == 1 and len(spec) != 1:
+ #print "read", name, count, spec, ganged
+ #print "multi pwm", spec[:1], len(spec)
+ spec[0]['name'] = 'out'
+ iface = ikls(name, spec[:1], ganged, False)
+ self.ifaceadd(name, len(spec), iface)
+ else:
+ iface = ikls(name, spec, ganged, count == 1)
+ self.ifaceadd(name, count, iface)
def getifacetype(self, fname):
# finds the interface type, e.g sd_d0 returns "inout"
for iface in self.values():
typ = iface.getifacetype(fname)
+ # if fname.startswith('pwm'):
+ # print fname, iface.ifacename, typ
if typ:
return typ
return None
ln = ln.strip()
ln = ln.split("\t")
name = ln[0]
- d = {'name': name} # here we start to make the dictionary
+ d = {'name': name, # here we start to make the dictionary
+ 'type': ln[1]}
if ln[1] == 'out':
d['action'] = True # adding element to the dict
elif ln[1] == 'inout':